Targeted Topographic Survey for Drainage
The scope for the project involved a specialized topographic survey to assist with a proposed drainage redevelopment. The main challenge was accurately mapping the varied terrain, which included industrial concrete yards and adjacent garden plots, to understand water flow directions.
To solve this, we executed a drone topographic survey to capture elevation data across the entire boundary rapidly. The final solution provided the engineering team with a reliable dataset to design effective drainage systems based on real-world evidence.
Precision Photogrammetry and Aerial Mapping
Conducting this survey required a complete record of the compound without disrupting daily operations. Capturing the subtle gradients of the large service yards and secure entrances presented a specific challenge for traditional methods.
We utilized photogrammetry to process high-resolution drone photography, stitching images into a seamless map. This methodology delivered a scale-accurate digital twin, giving the client a clear overview of the site that would be difficult to achieve from the ground.
Engineering-Grade CAD Deliverables
The project scope required transforming raw topo survey data into clean formats for the redevelopment team. The technical challenge was converting dense aerial scan data into simplified plans that architects could easily interpret.
Our final solution included the delivery of precise 2D CAD drawings alongside the 3D models. These files provided essential metric data, such as building footprints and boundaries, ensuring a robust foundation for the client's planning applications.
Targeted Topographic Survey for Drainage
The scope for the project involved a specialized topographic survey to assist with a proposed drainage redevelopment. The main challenge was accurately mapping the varied terrain, which included industrial concrete yards and adjacent garden plots, to understand water flow directions.
To solve this, we executed a drone topographic survey to capture elevation data across the entire boundary rapidly. The final solution provided the engineering team with a reliable dataset to design effective drainage systems based on real-world evidence.
Precision Photogrammetry and Aerial Mapping
Conducting this survey required a complete record of the compound without disrupting daily operations. Capturing the subtle gradients of the large service yards and secure entrances presented a specific challenge for traditional methods.
We utilized photogrammetry to process high-resolution drone photography, stitching images into a seamless map. This methodology delivered a scale-accurate digital twin, giving the client a clear overview of the site that would be difficult to achieve from the ground.
Engineering-Grade CAD Deliverables
The project scope required transforming raw topo survey data into clean formats for the redevelopment team. The technical challenge was converting dense aerial scan data into simplified plans that architects could easily interpret.
Our final solution included the delivery of precise 2D CAD drawings alongside the 3D models. These files provided essential metric data, such as building footprints and boundaries, ensuring a robust foundation for the client's planning applications.
Targeted Topographic Survey for Drainage
The scope for the project involved a specialized topographic survey to assist with a proposed drainage redevelopment. The main challenge was accurately mapping the varied terrain, which included industrial concrete yards and adjacent garden plots, to understand water flow directions.
To solve this, we executed a drone topographic survey to capture elevation data across the entire boundary rapidly. The final solution provided the engineering team with a reliable dataset to design effective drainage systems based on real-world evidence.
Precision Photogrammetry and Aerial Mapping
Conducting this survey required a complete record of the compound without disrupting daily operations. Capturing the subtle gradients of the large service yards and secure entrances presented a specific challenge for traditional methods.
We utilized photogrammetry to process high-resolution drone photography, stitching images into a seamless map. This methodology delivered a scale-accurate digital twin, giving the client a clear overview of the site that would be difficult to achieve from the ground.
Engineering-Grade CAD Deliverables
The project scope required transforming raw topo survey data into clean formats for the redevelopment team. The technical challenge was converting dense aerial scan data into simplified plans that architects could easily interpret.
Our final solution included the delivery of precise 2D CAD drawings alongside the 3D models. These files provided essential metric data, such as building footprints and boundaries, ensuring a robust foundation for the client's planning applications.
Targeted Topographic Survey for Drainage
The scope for the project involved a specialized topographic survey to assist with a proposed drainage redevelopment. The main challenge was accurately mapping the varied terrain, which included industrial concrete yards and adjacent garden plots, to understand water flow directions.
To solve this, we executed a drone topographic survey to capture elevation data across the entire boundary rapidly. The final solution provided the engineering team with a reliable dataset to design effective drainage systems based on real-world evidence.
Precision Photogrammetry and Aerial Mapping
Conducting this survey required a complete record of the compound without disrupting daily operations. Capturing the subtle gradients of the large service yards and secure entrances presented a specific challenge for traditional methods.
We utilized photogrammetry to process high-resolution drone photography, stitching images into a seamless map. This methodology delivered a scale-accurate digital twin, giving the client a clear overview of the site that would be difficult to achieve from the ground.
Engineering-Grade CAD Deliverables
The project scope required transforming raw topo survey data into clean formats for the redevelopment team. The technical challenge was converting dense aerial scan data into simplified plans that architects could easily interpret.
Our final solution included the delivery of precise 2D CAD drawings alongside the 3D models. These files provided essential metric data, such as building footprints and boundaries, ensuring a robust foundation for the client's planning applications.
